Does it work in areas with no cell coverage at all?
Yes. Inspectly360’s mobile app is fully functional offline, including AI-powered defect detection using Edge AI technology. Inspectors can complete checklists, capture photos, and run AI analysis in the field with zero connectivity. All data is stored locally and syncs automatically when connectivity is restored, which is critical for pipeline, substation, and remote renewable asset inspections where cell coverage is absent or unreliable.
Can we map inspections to specific assets in our GIS system?
Yes. Inspections in Inspectly360 are GPS-tagged and can be integrated with your existing GIS platform. We support integrations with ESRI ArcGIS, Google Earth, and custom mapping solutions via API, so you can visualize inspection history and condition by asset or location. This supports pipeline segment tracking, substation mapping, and portfolio-wide asset condition views for energy and utilities.
Does it support confined space and hazardous area inspections?
Yes. Inspectly360 includes specialized templates for confined space entry, hot work permits, lockout/tagout verification, and hazardous area classifications. Checklists can require sign-offs, gas readings, and photo evidence so safety and compliance are documented. Offline support means these inspections can be completed in areas with no connectivity, and data syncs when crews return to coverage.
How does the AI handle infrastructure-specific defects?
Inspectly360’s Edge AI is trained on infrastructure-specific defect types including corrosion stages, crack patterns, insulation degradation, vegetation encroachment, and structural fatigue indicators. It runs on-device so inspectors get real-time suggestions in the field without sending images to the cloud. Custom models can be trained for your asset types and standards to improve accuracy for pipelines, transmission, and renewable assets.